1.Worked on various simulations of filter components like the air intake system, oil filter, and fuel filter using a porous media approach.2.Applied the Discrete Phase Model (DPM) method in FLUENT to track dust particles in air filters3.Pressure drop simulation of different bypass valve positions in filter automotive components using FLUENT and CFX.4.Performed heat transfer and flow analyses on a plate-type heat exchanger for applications in the automotive industry such as battery cooling and engine oil cooling.5.OpenFOAM was used to simulate a plate type heat exchanger. High-quality mesh generated with the help of snappyHexMesh and post-processed with the Paraview software.6.Evaporative cooling simulation was performed using the Lagrangian-Eulerian method in FLUENT to improve cooling tower efficiency.

1.I extended my skills in numerical simulations, mesh creation, and fluid flow analysis.2.Built excellent hands-on expertise in handling real-world engineering problems and contributing to fluid system improvement.

I applied comprehensive mechanical expertise to academics, showcasing a solid foundation in mechanical engineering principles and a commitment to delivering high-quality results.

1.Environmental related start up company incubated in IIM KOZHIKODE for compact plastic recycling machine design and development.2.Worked on planning and design of project layout, team formation, Prototype development and testing procedure.3.Worked at 9 LSGDs in Kerala as part of the Kerala Government's Haritha Kerala Mission program.